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IQu1C (Configurable Platform)

Quick Overview

Microprocessor Controlled, Ultra Stable Laser Module with Basic Optics
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Details

The microprocessor controlled module offers precise control over crucial operating parameters by two methods: an on-board, menu driven, local control or a Windows compatible control and monitoring software via USB ( Universal Serial Bus) or an RS-232 interface. The module is available with multiple wavelengths ranging from 375nm to 1600nm inside the same module package. With output powers of <1mW to 1W and ambient operating temperatures of 0 to 40° C, the module performs extremely well in numerous applications. Some of the applications that can benefit from the reliability, controllability and stability of the IQµ include flow cytometry, laser-induced fluorescence, bioanalysis, interferometry, raman spectroscopy, interferometry, high resolution printing, and microscopy.

Also available is our IQµ2C, which incorporates anamorphic correcting prisms to produce a circularized beam.

Additional Information

Package 3.8mm, 5.6mm, 9mm, C MOUNT
Minimum Wavelength (in nm) 375
Max Wavelength (in nm) 1600
Operating Mode CW
Minimum Power (in mW) .01
Max Power (in mW) 1200
Power Stability Over Temp. Range <2%
Noise RMS(10Hz-5MHz) <0.1%
Max Laser Drive Current 1200
Rise/fall times - digital (ns) 2
Modulation Signal CW
Beam Shape Elliptical or Circular
Beam Divergence (1/e2) <1mRad
User Focusable Yes
Polarization Ratio >100:1 at 100% power
Beam Pointing Stability <6µRad/°C
Operating Temp Range (celsius) 5 - 40°
Temperature Stability (celsius) 0.02
Operating Voltage (VDC) 5 - 13
Max Operating Current (mA) 3000
Weight 1.0000
Module Dimensions (Inch / mm) 1.50x6.05

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